The traditional approach is conventional aerobic treatment, avoiding the impact of sulfate.

Radioactive effluent plant area biological aerobic treatment of wastewater

废水需氧生物处理法

Study on the application of co-metabolism to the aerobic treatment pharmaceutical wastewater

共代谢在制药废水好氧处理中的应用研究

Aerobic treatment control system of APMP pulping wastewater based on expert system

基于专家系统的APMP制浆废水好氧处理控制系统

Comprehensive performance of new polypropylene packing in aerobic treatment of wastewater

新型聚丙烯填料在废水好氧处理中的综合性能研究

Prof Emberlin, who runs the UK National Pollen and Aerobiology Research Unit believes that Nasaleze has the ability to help long suffering patients.

Emberlin教授带领的联合国国家花粉和空气生物学研究小组相信：Nasaleze有能力帮助长期遭受病痛折磨的患者。

The results showed that six bacteria all were aerobiosis. The degradation efficiency to diniconazole of 1# 、 3# 、 4# 、 6# could reach above 30% and 1# was predominant bacterium.

实验结果表明，这六种菌都是好氧菌种，对烯唑醇降解率大于30%的有1、3、4、6，其中1为优势菌种。

Combined Application of Hydrolysis Technique and Aerobiosis Technique in Sewage Treatment in Breweries

水解-好氧工艺在啤酒厂污水处理中的应用

Experimental Research on Aerobiosis Biology Degradation of Benzene Series Compound

苯系化合物好氧生物降解性实验研究

A Control System for Converting Sludge into Agricultural Resources with the Aerobiosis Fermentation Technical Process

污泥农业资源化好氧发酵工艺过程控制系统

Technological study on gold railings aerocrete blocks

黄金尾矿加气混凝土砌块的工艺学研究

Seepage Treatment of the Aerocrete Block and GRC Panel in Toilet

卫生间用混凝土加气块和GRC板墙渗漏问题的处理

Applicable technique of aerocrete in cold areas

寒冷地区加气混凝土的应用技术

Relation between strength and moisture content of aerocrete

加气混凝土强度与含水率之间关系的探讨

Control of hollow protuberance& crack in aerocrete block construction

加气混凝土砌块施工中空鼓和裂缝的控制

Study on R.E-ⅱ Composite External Insulation Technology Applied to Aerocrete Block

在加气混凝土砌块上应用R.E-Ⅱ复合外保温技术的研究

Construction Technology of Building Block of Residential Building Aerocrete of FenHe District

汾河小区住宅楼加气混凝土砌块施工技术

Analysis and Solution of the Quality Problem in Plastering Aerocrete Block Wall

加气砼砌块墙体抹灰质量问题分析及对策

The effect of the Crack on the Aerocrete Surface on Structure Performance

加气混凝土屋面板工艺裂缝对结构性能的影响

The structure is susceptible to wind and easily leading to aerodynamic instability, galloping.

由于结构与风力的气动耦合作用，结构易产生一种失稳式振动，即驰振。

With the development of material and construction technology, by using new structural design method the aerodynamic instability of structures could be avoided.

伴随着材料和施工工艺的发展，新的桥梁结构设计方法已经基本可以避免结构气动失稳的发生。